<em>The user must use min() to attain the desired results. Let us understand the syntax of min() with an example.
</em>
<em>Syntax:
</em>
<em>min(range)</em> where min is the name of the function and the range specifies the address of cells from which the <em>minimum number needs to be found</em>.
<em>Eg. min(A1:A8)
</em>
This function will scan the values from A1 to A8 and then find the minimum value from the given range of values.
<em>So according to the problem,
</em>
<em>B22 = min(range). </em>Provide range for which<em> minimum attendance needs to be calculated.
</em>
Follows are the method definition to this question:
void Reverse_Order(struct Node* h)//defining a recursive method Reverse_Order that takes structure in parameter
{
if (h == NULL)//use if block to check head equal to null
return;//use return keyword
Reverse_Order(h->next);//call method recursively
cout<<h->data;//print data
}
Explanation:
In the above code, a recursive method "Reverse_Order" takes structure as the parameter, and inside the method, structure variable h is used that uses the if conditional statement to check the header equal to null.
In the condition is true, it will use the return keyword, and in the next step, it calls the method recursively, and print its value in the reverse order.
A system of classifying and organizing online content into categories by the use of user-generated metadata such as keywords is called a folksonomy.
This ultimately implies that, folksonomy is a user-generated system which is typically used for classifying and organizing online content into various categories through the use of metadata such as keywords, electronic tags and public tags in order to make it easier to find in the future.
Hence, folksonomy is highly beneficial in areas such as collaborative learning, teacher resource repository, collaborative research, educational platforms, e-commerce etc.
